Director, Digital Systems and DSP Chip Architect

Analog Devices•Durham, NC

About The Position

We are seeking a highly experienced and technically exceptional Director of Digital Systems and DSP Chip Architecture to lead a high-performing team of engineers focused on the architecture and development of cutting-edge mixed-signal and software-defined radio (SDR) integrated circuits. This role is ideal for a hands-on technical leader with a deep background in digital signal processing and digital design , and a passion for mentoring and growing engineering talent . The Chip Architect role works with customers to understand applications, documents product requirements, developments and assesses chip architecture and supports the wider team in assessing tradeoffs of implementation development.

Requirements

15+ years of experience, with strong understanding of DSP architecture and design and experience realizing these architectures in digital ASIC's. A strong track record of delivering complex mixed-signal or SDR IC's will be distinguishing.
Expertise in digital signal processing, RTL design, and digital architecture.
Proven leadership experience, including mentoring and developing engineering teams.
Strong understanding of:
Firmware and embedded software
Radio architectures and signal chains
High-speed ADCs/DACs
SerDes and high-speed interfaces
Microprocessor subsystems and digital accelerators
DSP cores and custom compute architectures

Nice To Haves

Experience with system-level modeling and simulation (e.g., MATLAB, SystemVerilog, Python).
Demonstrated ability of requirements capture and documentation.
Familiarity with SoC integration and verification methodologies.
Exposure to productization and manufacturing of high-volume ICs.
Strong written and verbal communication skills.

Responsibilities

Technical Leadership: Drive the definition and architecture of complex mixed-signal ICs and SDR chips, with a focus on digital accelerators and subsystems.
Team Development: Foster a culture of continuous learning, technical excellence, and career growth for a team of 5–6 engineers.
Project Execution: Support the successful execution of multiple chip development programs from concept through tape-out and validation.
Leadership: Lead a cross-functional team to successful execution of key programs.
Cross-Functional Collaboration: Work closely with analog, RF, firmware, and software teams to ensure cohesive SoC and system-level design.
Innovation: Stay ahead of industry trends and emerging technologies to guide architectural decisions and maintain competitive advantage.
Thought Leadership: Engage Customers, Ecosystem Partners and ADI stakeholders to define the next generation of industry leading software defined radio technologies.